Utilisation

FrancoLoco edited this page Nov 21, 2023 · 35 revisions

Cette section inclus des exemples d'utilisation de l'intégration. Le projet ne supporte pas ces exemples, il devrait vous servir de base pour construire ou vous donner des idées. Si vous avez besoin d'aide, veuillez utiliser le forum de HA ou cette discussion

Lovelace / Dashboard

Les exemples qui ont un requis particulier de type "custom:*" nécessite d'installer ces composant. Soit via HACS ou via la méthode manuelle.

Intégration donnée d'énergie

Requis particulier:

custom:paper-buttons-row

Contributeur:

Capture d'écran

Capture d'écran énergie lovelace

yaml Code

- type: vertical-stack
 cards:
 - type: custom:paper-buttons-row
 buttons:
 - type: entity
 entity: sensor.hilo_gateway
 name: false
 action: none
 state: false
 state_styles:
 'on':
 button:
 color: green
 'off':
 button:
 color: red
 - type: entity
 entity: sensor.defi_hilo
 state: false
 action: none
 state_styles:
 'on':
 button:
 color: red
 scheduled:
 button:
 color: yellow
 pre_heat:
 button:
 color: red
 recovery:
 button:
 color: blue
 'off':
 button:
 color: green
 - type: entity
 entity: sensor.meter00_power
 name: false
 layout: icon|state
 action: none
 state: '{{ states(config.entity) }}'
 icon: mdi:speedometer
 style:
 button:
 color: |-
 {% if states(config.entity) | int > 1000 %}
 yellow
 {% elif states(config.entity) | int > 1500 %}
 orange
 {% elif states(config.entity) | int > 2000 %}
 red
 {% else%}
 green
 {% endif %}
 - type: entity
 entity: sensor.hilo_rate_current
 name: false
 layout: icon|state
 action: none
 state: '{{ states(config.entity) }}'
 style:
 button:
 color: |-
 {% if states(config.entity) | float > 0.07 %}
 yellow
 {% elif states(config.entity) | float > 0.1 %}
 red
 {% else%}
 green
 {% endif %}
 - type: energy-date-selection
 - type: energy-sources-table
 - type: energy-usage-graph
 - type: energy-distribution
 link_dashboard: true

Graphiques

Consommation Globale

Requis particulier:

custom:apexcharts-card

Contributeur:

René Jr Purcell (Arsenicks)

Dans ce graphique, vous devrez ajuster les threshold selon votre consommation. Vous pouvez également ajuster la moyenne qui est fait au 5 minutes dans le group_by, duration.

Capture d'écran

yaml Code

type: custom:apexcharts-card
header:
 show: true
 show_states: true
experimental:
 color_threshold: true
graph_span: 12h
all_series_config:
 stroke_width: 4
yaxis:
 - id: kwh
 decimals: 0
 apex_config:
 tickAmount: 4
 - id: degree
 opposite: true
 decimals: 0
 apex_config:
 tickAmount: 4
series:
 - entity: sensor.meter00_power
 yaxis_id: kwh
 unit: W
 type: column
 color_threshold:
 - value: 0
 color: cyan
 - value: 1000
 color: green
 - value: 1500
 color: orange
 - value: 2500
 color: red
 group_by:
 duration: 5min
 func: avg
 - entity: sensor.temperature
 yaxis_id: degree
 name: Temperature
 unit: °C
 type: line

Consommation par thermostat

Requis particulier:

custom:apexcharts-card

Contributeur:

Fox350

Dans ce graphique, vous devrez ajuster les nom des title et entity. Vous pouvez également ajuster les couleurs des lignes et ajouter d'autres thermostat et ajoutant des sections "- type: custom:apexcharts-card".

Capture d'écran

yaml Code

- type: horizontal-stack
 cards:
 - type: custom:apexcharts-card
 header:
 show: true
 title: Chambre principale
 show_states: true
 colorize_states: true
 graph_span: 8h
 cache: true
 series:
 - entity: climate.thermostat_chambre1
 attribute: current_temperature
 name: Temperature
 color: red
 fill_raw: last
 - entity: climate.thermostat_chambre1
 attribute: temperature
 name: Consigne
 fill_raw: last
 - type: custom:apexcharts-card
 header:
 show: true
 title: Chambre 2
 show_states: true
 colorize_states: true
 graph_span: 8h
 cache: true
 series:
 - entity: climate.thermostat_chambre2
 attribute: current_temperature
 name: Temperature
 color: red
 fill_raw: last
 - entity: climate.thermostat_chambre2
 attribute: temperature
 name: Consigne
 fill_raw: last
 - type: custom:apexcharts-card
 header:
 show: true
 title: Chambre 3
 show_states: true
 colorize_states: true
 graph_span: 8h
 cache: true
 series:
 - entity: climate.thermostat_chambre3
 attribute: current_temperature
 name: Temperature
 color: red
 fill_raw: last
 - entity: climate.thermostat_chambre3
 attribute: temperature
 name: Consigne
 fill_raw: last

Cartes Lovelace

Affichage des statistiques des défis de la saison en cours

Requis particulier:

Aucun

Contributeur:

Rémi Métivier (RayLation)

Permet d'afficher les stats de la saison en cours. Ne sont pas inclus:

Les défis en cours ou planifiés
Les défis récemment terminés (le temps qu'ils soient disponibles dans Hilo)

Instructions:

Ajouter une carte, rechercher type de carte "manuel"
Tout supprimer du code par défaut
Copier le code YAMl tel quel, en gardant tout le formatage tel quel

Capture d'écran

image

yaml Code

type: markdown
content: >-
 {%- set defis = state_attr('sensor.recompenses_hilo','history')[0].events %}
 {%- set recompense =
 state_attr('sensor.recompenses_hilo','history')[0].totalReward %}
 <ha-alert alert-type="success">
 Nb de défis: {{defis|count}}
 Récompense totale: {{"%.2f"|format(recompense) }}$
 Récompense moyenne: {{"%.2f"|format(recompense/(defis|count))}}$
 </ha-alert>
 
 # | Date | Plage | Prime
 ----------------------------------
 {%- set nb_defis = range(0, defis | count, 1) %}
 {%- for i in nb_defis %}
 {%- set date = state_attr('sensor.recompenses_hilo','history')[0].events[i].phases.reduction_start %} 
 {%- if (state_attr('sensor.recompenses_hilo','history')[0].events[i].period =="am") %}
 {%- set period = "Matin" %}
 {%- else %}
 {%- set period = "Soir " %}
 {%- endif %}
 {%- set allowed_kWh = state_attr('sensor.recompenses_hilo','history')[0].events[i].allowed_kWh %}
 {%- set used_kWh = state_attr('sensor.recompenses_hilo','history')[0].events[i].used_kWh %}
 {%- set recompense = (allowed_kWh - used_kWh) *0.55 %}
 {{"%2.2i"|format(i+1)}} | {{date.timestamp() | timestamp_custom('%b %d (%a)')}} | {{period}} | {{"%.2f"|format(recompense) }}$
 {%- endfor %}
 ----------------------------------
title: Stats Hilo

Automatisation

Pré-chauffer avant le prochain défi.

Requis particulier:

Créer une scène y ajouter les thermostat et y configurer la consigne désiré sur chacun d'entre eux.

Contributeur:

René Jr Purcell (Arsenicks)

But: Phase de pré-chauffage de manière à emmagasiner la chaleurs dans les pièces et augmenter le maximum pour le défi et ainsi maximiser la récompense.

Résumé de l'automatisme:

Cet automatisme se déclenche à 4h am ou à 11h am.
Il sera exécuté seulement si le sensor.defi_hilo a pour valeur scheduled, donc lorsqu'il n'y a pas de défi de prévu, il ne s'exécute pas.
Lorsque la condition est satisfaite, une scène nommé "defi_hilo_preheat" sera appliqué
Une commande est envoyé à un RM4Pro pour envoyer la commande IR(précédemment enregistré) à la thermopompe pour chauffer. La commande est répetté 3 fois avec un délais de 2 secondes car le IR n'est pas parfait et des animaux/personnes peuvent l'obstruer parfois.

Code YAML

alias: TEMP - PréHeat DÉFI Hil
description: ''
trigger:
 - platform: time
 at: '04:00'
 - platform: time
 at: '11:00'
condition:
 - condition: state
 entity_id: sensor.defi_hilo
 state: scheduled
action:
 - scene: scene.defi_hilo_preheat
 - service: remote.send_command
 target:
 device_id: XXXXXXXXXXXXXXXXXXXXXXXXXXXX
 data:
 device: thermopompe
 command: heat25on
 num_repeats: 3
 delay_secs: 2
mode: single

Abaisser la consigne de chauffage après défi

Requis particulier:

Créer une scène y ajouter les thermostat et y configurer la consigne désiré sur chacun d'entre eux. Ex. 16 degré

Contributeur:

René Jr Purcell (Arsenicks)

But: Baisser les thermostats au maximum pendant la durée du défi

Résumé de l'automatisme:

Cet automatisme se déclenche lorsque l'état du sensor.defi_hilo passe de pre_heat à reduction.
Dans ce cas une scène nommé "defi_hilo_en_cours_extra_audacieux" sera appliqué.
Une commande est envoyé à un RM4Pro pour envoyer la commande IR(précédemment enregistré) à la thermopompe pour s'arrêter. La commande est répetté 3 fois avec un délais de 2 secondes car le IR n'est pas parfait et des animaux/personnes peuvent l'obstruer parfois.

Code YAML

alias: TEMP - DÉFI Hilo en cours Extra audacieux
description: ''
trigger:
 - platform: state
 entity_id: sensor.defi_hilo
 from: pre_heat
 to: reduction
condition: []
action:
 - scene: scene.defi_hilo_en_cours_extra_audacieux
 - service: remote.send_command
 target:
 device_id: XXXXXXXXXXXXXXXXXXXX
 data:
 device: thermopompe
 command: heat25off
 num_repeats: 3
 delay_secs: 2
mode: single

Gestion du défi par Node-Red

Code JSON à importer

[
 {
 "id": "15df69096d73137f",
 "type": "subflow",
 "name": "Store current temperature",
 "info": "",
 "category": "",
 "in": [
 {
 "x": 260,
 "y": 100,
 "wires": [
 {
 "id": "010a7f3c1f81c4d4"
 }
 ]
 }
 ],
 "out": [
 {
 "x": 840,
 "y": 100,
 "wires": [
 {
 "id": "010a7f3c1f81c4d4",
 "port": 0
 }
 ]
 }
 ],
 "env": [
 {
 "name": "phase",
 "type": "str",
 "value": ""
 }
 ],
 "meta": {},
 "color": "#DDAA99"
 },
 {
 "id": "010a7f3c1f81c4d4",
 "type": "function",
 "z": "15df69096d73137f",
 "name": "Store current temperature",
 "func": "phase = env.get(\"phase\");\nfor (const [ key, value ] of Object.entries(msg.states)) {\n if (key.startsWith(\"climate.thermostat\")) {\n if (parseFloat(value.attributes.temperature) >= parseFloat(msg.states[\"input_number.auto_climate_threshold\"].state)) {\n global.set(phase + \".\" + key, parseFloat(value.attributes.temperature));\n }\n }\n}\nreturn msg;",
 "outputs": 1,
 "noerr": 0,
 "initialize": "",
 "finalize": "",
 "libs": [],
 "x": 590,
 "y": 100,
 "wires": [
 []
 ]
 },
 {
 "id": "132662309edd5344",
 "type": "subflow",
 "name": "Restore temperature",
 "info": "",
 "category": "",
 "in": [
 {
 "x": 320,
 "y": 80,
 "wires": [
 {
 "id": "109e3fe7ab32a823"
 }
 ]
 }
 ],
 "out": [
 {
 "x": 760,
 "y": 80,
 "wires": [
 {
 "id": "109e3fe7ab32a823",
 "port": 0
 }
 ]
 }
 ],
 "env": [
 {
 "name": "phase",
 "type": "str",
 "value": ""
 }
 ],
 "meta": {},
 "color": "#DDAA99"
 },
 {
 "id": "109e3fe7ab32a823",
 "type": "function",
 "z": "132662309edd5344",
 "name": "Restore original temperature",
 "func": "phase = env.get(\"phase\");\nmsg.payload = [];\nfor (const [ key, value ] of Object.entries(global.get(phase + \".climate\"))) {\n msg.payload.push({new_temp: parseFloat(value), thermostat: \"climate.\" + key})\n}\nreturn msg;",
 "outputs": 1,
 "noerr": 0,
 "initialize": "",
 "finalize": "",
 "libs": [],
 "x": 520,
 "y": 80,
 "wires": [
 []
 ]
 },
 {
 "id": "b802b35cdaea7755",
 "type": "subflow",
 "name": "Set low temperature",
 "info": "",
 "category": "",
 "in": [
 {
 "x": 600,
 "y": 120,
 "wires": [
 {
 "id": "e1b02875ce96e7fb"
 }
 ]
 }
 ],
 "out": [
 {
 "x": 1000,
 "y": 120,
 "wires": [
 {
 "id": "e1b02875ce96e7fb",
 "port": 0
 }
 ]
 }
 ],
 "env": [
 {
 "name": "phase",
 "type": "str",
 "value": ""
 }
 ],
 "meta": {},
 "color": "#DDAA99"
 },
 {
 "id": "e1b02875ce96e7fb",
 "type": "function",
 "z": "b802b35cdaea7755",
 "name": "Set low temperature",
 "func": "msg.payload = [];\nphase = env.get(\"phase\");\n\nfor (const [ key, value ] of Object.entries(global.get(phase + \".climate\"))) {\n min_value = Math.max(value - msg.states[\"input_number.auto_climate_reduction\"].state, 17)\n msg.payload.push({new_temp: parseFloat(min_value), thermostat: \"climate.\" + key})\n}\nreturn msg;",
 "outputs": 1,
 "noerr": 0,
 "initialize": "",
 "finalize": "",
 "libs": [],
 "x": 760,
 "y": 120,
 "wires": [
 []
 ]
 },
 {
 "id": "74b05496d83ac642",
 "type": "subflow",
 "name": "Check away",
 "info": "",
 "category": "",
 "in": [
 {
 "x": 60,
 "y": 80,
 "wires": [
 {
 "id": "0d7198f3c895a6bb"
 }
 ]
 }
 ],
 "out": [
 {
 "x": 500,
 "y": 60,
 "wires": [
 {
 "id": "0d7198f3c895a6bb",
 "port": 0
 }
 ]
 },
 {
 "x": 500,
 "y": 120,
 "wires": [
 {
 "id": "0d7198f3c895a6bb",
 "port": 1
 }
 ]
 }
 ],
 "env": [],
 "meta": {},
 "color": "#DDAA99",
 "outputLabels": [
 "We're away",
 "We're home"
 ]
 },
 {
 "id": "0d7198f3c895a6bb",
 "type": "switch",
 "z": "74b05496d83ac642",
 "name": "Check away",
 "property": "states[\"input_boolean.away_mode\"].state",
 "propertyType": "msg",
 "rules": [
 {
 "t": "eq",
 "v": "on",
 "vt": "str"
 },
 {
 "t": "else"
 }
 ],
 "checkall": "true",
 "repair": false,
 "outputs": 2,
 "x": 290,
 "y": 80,
 "wires": [
 [],
 []
 ]
 },
 {
 "id": "7ba3b0276c9ecb25",
 "type": "subflow",
 "name": "Temperature adjust",
 "info": "",
 "category": "",
 "in": [
 {
 "x": 40,
 "y": 120,
 "wires": [
 {
 "id": "e2fcd03a48603baf"
 },
 {
 "id": "559286e3191669ef"
 }
 ]
 }
 ],
 "out": [],
 "env": [],
 "meta": {},
 "color": "#DDAA99"
 },
 {
 "id": "e2fcd03a48603baf",
 "type": "split",
 "z": "7ba3b0276c9ecb25",
 "name": "",
 "splt": "\\n",
 "spltType": "str",
 "arraySplt": 1,
 "arraySpltType": "len",
 "stream": false,
 "addname": "",
 "x": 190,
 "y": 80,
 "wires": [
 [
 "9fd385ccc529bf18"
 ]
 ]
 },
 {
 "id": "9fd385ccc529bf18",
 "type": "api-call-service",
 "z": "7ba3b0276c9ecb25",
 "name": "Set temperature",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "debugenabled": true,
 "service_domain": "climate",
 "service": "set_temperature",
 "entityId": "{{ payload.thermostat }}",
 "data": "{ \"temperature\": payload.new_temp }",
 "dataType": "jsonata",
 "mergecontext": "",
 "mustacheAltTags": false,
 "outputProperties": [],
 "queue": "none",
 "x": 400,
 "y": 80,
 "wires": [
 []
 ]
 },
 {
 "id": "9a13adeaad6da8c8",
 "type": "api-call-service",
 "z": "7ba3b0276c9ecb25",
 "name": "Notify me",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "debugenabled": true,
 "service_domain": "notify",
 "service": "mobile_app_pixel_4a",
 "entityId": "",
 "data": "{'title': \"Setting temperature\", 'message': msg.notification }",
 "dataType": "jsonata",
 "mergecontext": "",
 "mustacheAltTags": false,
 "outputProperties": [],
 "queue": "none",
 "x": 560,
 "y": 160,
 "wires": [
 []
 ]
 },
 {
 "id": "559286e3191669ef",
 "type": "function",
 "z": "7ba3b0276c9ecb25",
 "name": "Convert new temperatures to string",
 "func": "payload = \"\"\nmsg.payload.forEach(function(m){\n payload += m.thermostat + \": \" + m.new_temp + \"\\r\\n\";\n})\nmsg.notification = payload\nreturn msg;",
 "outputs": 1,
 "noerr": 0,
 "initialize": "",
 "finalize": "",
 "libs": [],
 "x": 280,
 "y": 160,
 "wires": [
 [
 "9a13adeaad6da8c8"
 ]
 ]
 },
 {
 "id": "f6b9fd2ba5761ed0",
 "type": "server-state-changed",
 "z": "c2396addea5b319e",
 "name": "Defi Hilo - Pre Heat",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "exposeToHomeAssistant": false,
 "haConfig": [
 {
 "property": "name",
 "value": ""
 },
 {
 "property": "icon",
 "value": ""
 }
 ],
 "entityidfilter": "sensor.defi_hilo",
 "entityidfiltertype": "exact",
 "outputinitially": false,
 "state_type": "str",
 "haltifstate": "pre_heat",
 "halt_if_type": "str",
 "halt_if_compare": "is",
 "outputs": 2,
 "output_only_on_state_change": true,
 "for": 0,
 "forType": "num",
 "forUnits": "minutes",
 "ignorePrevStateNull": true,
 "ignorePrevStateUnknown": true,
 "ignorePrevStateUnavailable": true,
 "ignoreCurrentStateUnknown": true,
 "ignoreCurrentStateUnavailable": true,
 "outputProperties": [
 {
 "property": "payload",
 "propertyType": "msg",
 "value": "",
 "valueType": "entityState"
 },
 {
 "property": "data",
 "propertyType": "msg",
 "value": "",
 "valueType": "eventData"
 },
 {
 "property": "topic",
 "propertyType": "msg",
 "value": "",
 "valueType": "triggerId"
 },
 {
 "property": "states",
 "propertyType": "msg",
 "value": "homeassistant.hass.states",
 "valueType": "global"
 }
 ],
 "x": 290,
 "y": 640,
 "wires": [
 [
 "be6ae55cd242d858"
 ],
 []
 ]
 },
 {
 "id": "9102960a487b1353",
 "type": "server-state-changed",
 "z": "c2396addea5b319e",
 "name": "Defi Hilo - Reduction",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "exposeToHomeAssistant": false,
 "haConfig": [
 {
 "property": "name",
 "value": ""
 },
 {
 "property": "icon",
 "value": ""
 }
 ],
 "entityidfilter": "sensor.defi_hilo",
 "entityidfiltertype": "exact",
 "outputinitially": false,
 "state_type": "str",
 "haltifstate": "reduction",
 "halt_if_type": "str",
 "halt_if_compare": "is",
 "outputs": 2,
 "output_only_on_state_change": true,
 "for": 0,
 "forType": "num",
 "forUnits": "minutes",
 "ignorePrevStateNull": true,
 "ignorePrevStateUnknown": true,
 "ignorePrevStateUnavailable": true,
 "ignoreCurrentStateUnknown": true,
 "ignoreCurrentStateUnavailable": true,
 "outputProperties": [
 {
 "property": "payload",
 "propertyType": "msg",
 "value": "",
 "valueType": "entityState"
 },
 {
 "property": "data",
 "propertyType": "msg",
 "value": "",
 "valueType": "eventData"
 },
 {
 "property": "topic",
 "propertyType": "msg",
 "value": "",
 "valueType": "triggerId"
 },
 {
 "property": "message",
 "propertyType": "msg",
 "value": "Attention un défi Hilo est sur le point de commencer",
 "valueType": "str"
 },
 {
 "property": "states",
 "propertyType": "msg",
 "value": "homeassistant.hass.states",
 "valueType": "global"
 }
 ],
 "x": 290,
 "y": 720,
 "wires": [
 [
 "a1d70f5b91f5bc2f",
 "0c6abac254ed30dd"
 ],
 []
 ]
 },
 {
 "id": "f1fa932f47472f56",
 "type": "server-state-changed",
 "z": "c2396addea5b319e",
 "name": "Defi Hilo - Recovery",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "exposeToHomeAssistant": false,
 "haConfig": [
 {
 "property": "name",
 "value": ""
 },
 {
 "property": "icon",
 "value": ""
 }
 ],
 "entityidfilter": "sensor.defi_hilo",
 "entityidfiltertype": "exact",
 "outputinitially": false,
 "state_type": "str",
 "haltifstate": "recovery",
 "halt_if_type": "str",
 "halt_if_compare": "is",
 "outputs": 2,
 "output_only_on_state_change": true,
 "for": 0,
 "forType": "num",
 "forUnits": "minutes",
 "ignorePrevStateNull": true,
 "ignorePrevStateUnknown": true,
 "ignorePrevStateUnavailable": true,
 "ignoreCurrentStateUnknown": true,
 "ignoreCurrentStateUnavailable": true,
 "outputProperties": [
 {
 "property": "payload",
 "propertyType": "msg",
 "value": "",
 "valueType": "entityState"
 },
 {
 "property": "data",
 "propertyType": "msg",
 "value": "",
 "valueType": "eventData"
 },
 {
 "property": "topic",
 "propertyType": "msg",
 "value": "",
 "valueType": "triggerId"
 },
 {
 "property": "states",
 "propertyType": "msg",
 "value": "homeassistant.hass.states",
 "valueType": "global"
 },
 {
 "property": "message",
 "propertyType": "msg",
 "value": "Le défi Hilo est terminé.",
 "valueType": "str"
 }
 ],
 "x": 290,
 "y": 800,
 "wires": [
 [
 "ae84636e2d59f2bc",
 "99059089b0d2fcb3"
 ],
 []
 ]
 },
 {
 "id": "62a30be2096b8849",
 "type": "subflow:7ba3b0276c9ecb25",
 "z": "c2396addea5b319e",
 "name": "",
 "env": [],
 "x": 1350,
 "y": 780,
 "wires": []
 },
 {
 "id": "4c7e4e14aafae44f",
 "type": "function",
 "z": "c2396addea5b319e",
 "name": "Set recovery temperature",
 "func": "msg.payload = [];\nfor (const [ key, value ] of Object.entries(global.get(\"before_pre_heat.climate\"))) {\n min_value = Math.min(parseFloat(value) + parseFloat(msg.states[\"input_number.auto_climate_recovery\"].state), 25)\n msg.payload.push({new_temp: parseFloat(min_value), thermostat: \"climate.\" + key})\n}\n\nreturn msg;",
 "outputs": 1,
 "noerr": 0,
 "initialize": "",
 "finalize": "",
 "libs": [],
 "x": 890,
 "y": 780,
 "wires": [
 [
 "62a30be2096b8849",
 "69fc88d5b03020a8"
 ]
 ]
 },
 {
 "id": "ae84636e2d59f2bc",
 "type": "subflow:74b05496d83ac642",
 "z": "c2396addea5b319e",
 "name": "",
 "env": [],
 "x": 570,
 "y": 780,
 "wires": [
 [],
 [
 "4c7e4e14aafae44f",
 "4f83cdbe19481a67"
 ]
 ]
 },
 {
 "id": "be6ae55cd242d858",
 "type": "function",
 "z": "c2396addea5b319e",
 "name": "Generate payload",
 "func": "msg.payload = [];\nfor (const [ key, value ] of Object.entries(global.get(\"before_pre_heat.climate\"))) {\n msg.payload.push({new_temp: parseFloat(value) + parseFloat(msg.states[\"input_number.auto_climate_pre_heat\"].state) / parseFloat(2), thermostat: \"climate.\" + key})\n}\n\nreturn msg;",
 "outputs": 1,
 "noerr": 0,
 "initialize": "",
 "finalize": "",
 "libs": [],
 "x": 950,
 "y": 620,
 "wires": [
 [
 "62a30be2096b8849"
 ]
 ]
 },
 {
 "id": "a1d70f5b91f5bc2f",
 "type": "subflow:b802b35cdaea7755",
 "z": "c2396addea5b319e",
 "name": "",
 "env": [
 {
 "name": "phase",
 "value": "before_pre_heat",
 "type": "str"
 }
 ],
 "x": 660,
 "y": 680,
 "wires": [
 [
 "62a30be2096b8849",
 "69fc88d5b03020a8"
 ]
 ]
 },
 {
 "id": "7d4929089f05b561",
 "type": "subflow:132662309edd5344",
 "z": "c2396addea5b319e",
 "name": "",
 "env": [
 {
 "name": "phase",
 "value": "before_pre_heat",
 "type": "str"
 }
 ],
 "x": 1060,
 "y": 820,
 "wires": [
 [
 "62a30be2096b8849"
 ]
 ]
 },
 {
 "id": "ab26232241ff6d64",
 "type": "server-state-changed",
 "z": "c2396addea5b319e",
 "name": "Defi Hilo - Appreciation",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "exposeToHomeAssistant": false,
 "haConfig": [
 {
 "property": "name",
 "value": ""
 },
 {
 "property": "icon",
 "value": ""
 }
 ],
 "entityidfilter": "sensor.defi_hilo",
 "entityidfiltertype": "exact",
 "outputinitially": false,
 "state_type": "str",
 "haltifstate": "appreciation",
 "halt_if_type": "str",
 "halt_if_compare": "is",
 "outputs": 2,
 "output_only_on_state_change": true,
 "for": 0,
 "forType": "num",
 "forUnits": "minutes",
 "ignorePrevStateNull": true,
 "ignorePrevStateUnknown": true,
 "ignorePrevStateUnavailable": true,
 "ignoreCurrentStateUnknown": true,
 "ignoreCurrentStateUnavailable": true,
 "outputProperties": [
 {
 "property": "payload",
 "propertyType": "msg",
 "value": "",
 "valueType": "entityState"
 },
 {
 "property": "data",
 "propertyType": "msg",
 "value": "",
 "valueType": "eventData"
 },
 {
 "property": "topic",
 "propertyType": "msg",
 "value": "",
 "valueType": "triggerId"
 },
 {
 "property": "states",
 "propertyType": "msg",
 "value": "homeassistant.hass.states",
 "valueType": "global"
 }
 ],
 "x": 300,
 "y": 560,
 "wires": [
 [
 "6c72a2387cb2f486"
 ],
 []
 ]
 },
 {
 "id": "6c72a2387cb2f486",
 "type": "subflow:15df69096d73137f",
 "z": "c2396addea5b319e",
 "name": "",
 "env": [
 {
 "name": "phase",
 "value": "before_pre_heat",
 "type": "str"
 }
 ],
 "x": 650,
 "y": 560,
 "wires": [
 [
 "3061107dac54f7ae"
 ]
 ]
 },
 {
 "id": "3061107dac54f7ae",
 "type": "function",
 "z": "c2396addea5b319e",
 "name": "Generate payload",
 "func": "msg.payload = [];\nfor (const [ key, value ] of Object.entries(global.get(\"before_pre_heat.climate\"))) {\n msg.payload.push({new_temp: parseFloat(value) + parseFloat(msg.states[\"input_number.auto_climate_pre_heat\"].state), thermostat: \"climate.\" + key})\n}\n\nreturn msg;",
 "outputs": 1,
 "noerr": 0,
 "initialize": "",
 "finalize": "",
 "libs": [],
 "x": 930,
 "y": 560,
 "wires": [
 [
 "62a30be2096b8849"
 ]
 ]
 },
 {
 "id": "99059089b0d2fcb3",
 "type": "api-call-service",
 "z": "c2396addea5b319e",
 "name": "Turn on Chauffe-Eau",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "debugenabled": false,
 "service_domain": "switch",
 "service": "turn_on",
 "entityId": "switch.switch_chauffe_eau",
 "data": "",
 "dataType": "jsonata",
 "mergecontext": "",
 "mustacheAltTags": false,
 "outputProperties": [],
 "queue": "none",
 "x": 600,
 "y": 820,
 "wires": [
 []
 ]
 },
 {
 "id": "0c6abac254ed30dd",
 "type": "api-call-service",
 "z": "c2396addea5b319e",
 "name": "Turn off Chauffe-Eau",
 "server": "07108f66d0e2da5f",
 "version": 3,
 "debugenabled": false,
 "service_domain": "switch",
 "service": "turn_off",
 "entityId": "switch.switch_chauffe_eau",
 "data": "",
 "dataType": "jsonata",
 "mergecontext": "",
 "mustacheAltTags": false,
 "outputProperties": [],
 "queue": "none",
 "x": 660,
 "y": 720,
 "wires": [
 []
 ]
 },
 {
 "id": "4f83cdbe19481a67",
 "type": "delay",
 "z": "c2396addea5b319e",
 "name": "",
 "pauseType": "delay",
 "timeout": "25",
 "timeoutUnits": "minutes",
 "rate": "1",
 "nbRateUnits": "1",
 "rateUnits": "second",
 "randomFirst": "1",
 "randomLast": "5",
 "randomUnits": "seconds",
 "drop": false,
 "allowrate": false,
 "outputs": 1,
 "x": 850,
 "y": 820,
 "wires": [
 [
 "7d4929089f05b561"
 ]
 ]
 },
 {
 "id": "07108f66d0e2da5f",
 "type": "server",
 "name": "hass",
 "version": 1,
 "legacy": false,
 "addon": false,
 "rejectUnauthorizedCerts": false,
 "ha_boolean": "y|yes|true|on|home|open",
 "connectionDelay": true,
 "cacheJson": true
 }
]

Templates

Créer plusieurs sensors relié au défi.

Requis particulier:

Une version récente du component Hilo.

Contributeur:

FrancoLoco

Résumé du/des template: Créer plusieurs sensors par rapport au défi.

Les sensors suivant seront rendu disponible pour afficher dans des dashboard ou utilisé dans des automatisme:

defi_hilo_in_progress
defi_hilo_allowed_kwh
defi_hilo_allowed_cash
defi_hilo_used_kwh
defi_hilo_used_cash
defi_hilo_remaining_cash
defi_hilo_predicted_cash
defi_hilo_currentdefi_cash
defi_hilo_avg_cash
defi_hilo_date_heure_next
defi_hilo_date_heure_last
defi_hilo_nb_defi_planifies
defi_hilo_nb_defi_completes
electricity_cost_today
electricity_kwh_today_consomme

Code YAML

sensor:
 - platform: template
 sensors:
 defi_hilo_in_progress:
 friendly_name: Défi Hilo en cours?
 value_template: "{{ is_state('sensor.defi_hilo', 'appreciation') or is_state('sensor.defi_hilo', 'pre_heat') or is_state('sensor.defi_hilo', 'reduction') }}" 
 defi_hilo_allowed_kwh:
 unit_of_measurement: 'kWh'
 friendly_name: Limite max defi
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {{state_attr('sensor.defi_hilo', 'next_events')[0]['allowed_kWh']}}
 {% else%}
 {{0}}
 {% endif %}
 defi_hilo_allowed_cash:
 friendly_name: Montant max defi
 unit_of_measurement: '$'
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {{ (state_attr('sensor.defi_hilo', 'next_events')[0]['allowed_kWh'] * 0.55) | round(2) }}
 {% else%}
 {{0}}
 {% endif %}
 defi_hilo_used_kwh:
 friendly_name: kWh utilise defi
 unit_of_measurement: 'kWh'
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {{ state_attr('sensor.defi_hilo', 'next_events')[0]['used_kWh']}}
 {% else%}
 {{0}}
 {% endif %}
 defi_hilo_used_cash:
 friendly_name: Montant utilise defi
 unit_of_measurement: '$'
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {{ (state_attr('sensor.defi_hilo', 'next_events')[0]['used_kWh'] * 0.55) | round(2) }}
 {% else%}
 {{0}}
 {% endif %}
 defi_hilo_remaining_cash:
 friendly_name: Montant restant defi
 unit_of_measurement: '$'
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {{(( state_attr('sensor.defi_hilo', 'next_events')[0]['allowed_kWh'] - state_attr('sensor.defi_hilo', 'next_events')[0]['used_kWh']) * 0.55) | round(2) }}
 {% else%}
 {{0}}
 {% endif %}
 defi_hilo_predicted_cash:
 friendly_name: Montant total predit defi
 unit_of_measurement: '$'
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {% set debutdefi = as_timestamp(state_attr('sensor.defi_hilo', 'next_events')[0]['phases']['reduction_start']) %}
 {% set maintenant = (now().timestamp()) %}
 {% set delta = ((maintenant - debutdefi)) // 60 | float %}
 {% if delta <= 0 %}
 {% set delta = 1 %}
 {%endif %}
 {% if delta >= 240 %}
 {% set delta = 240 %}
 {%endif %}
 {%set predicteduse = (1/(delta/ 240 )) * float(states('sensor.defi_hilo_used_kwh'),0) %}
 {{((float(states('sensor.defi_hilo_allowed_kwh'),0) - predicteduse) * 0.55) | round(2) }}
 {% else%}
 {{0}}
 {% endif %} 
 defi_hilo_currentdefi_cash:
 friendly_name: Montant accumule estime defi
 unit_of_measurement: '$' 
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {% set debutdefi = as_timestamp(state_attr('sensor.defi_hilo', 'next_events')[0]['phases']['reduction_start']) %}
 {% set maintenant = (now().timestamp()) %}
 {% set delta = ((maintenant - debutdefi) // 60) +1 | int %}
 {% if delta <= 0 %}
 {% set delta = 1 %}
 {%endif %}
 {% if delta >= 240 %}
 {% set delta = 240 %}
 {%endif %}
 {{ (delta/ 240 * ((float(states('sensor.defi_hilo_allowed_kwh'),0) - ((1/(delta/ 240 ) * float(states('sensor.defi_hilo_used_kwh'),0)))) * 0.55)) | round(2) }}
 {% else%}
 {{0}}
 {% endif %}
 defi_hilo_avg_cash:
 friendly_name: Montant moyen defi
 unit_of_measurement: '$'
 value_template: "{{ (float(states('sensor.recompenses_hilo'), 0) / float(states('sensor.defi_hilo_nb_defi_completes'), 1)) | round(2) }}" 
 
 defi_hilo_date_heure_next:
 friendly_name: Defi Hilo prochain moment
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {{as_timestamp((state_attr('sensor.defi_hilo','next_events')[0]['phases']['reduction_start']))|timestamp_custom("%A %Y-%m-%d %H:%M") }}
 {% else%}
 {{'-'}}
 {% endif %}
 
 defi_hilo_date_heure_last:
 friendly_name: Defi Hilo moment le plus loin
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 1 %}
 {{as_timestamp((state_attr('sensor.defi_hilo','next_events')[state_attr('sensor.defi_hilo', 'next_events') | length -1]['phases']['reduction_start']))|timestamp_custom("%A %Y-%m-%d %H:%M") }} 
 {% else%}
 {{'-'}}
 {% endif %}
 
 defi_hilo_nb_defi_planifies:
 friendly_name: Nb de defis Hilo planifies
 value_template: >
 {% if state_attr('sensor.defi_hilo', 'next_events') | length > 0 %}
 {{state_attr('sensor.defi_hilo', 'next_events') | length }}
 {% else%}
 {{'0'}}
 {% endif %} 
 
 defi_hilo_nb_defi_completes:
 friendly_name: Nb de defis Hilo completes saison actuelle
 value_template: "{{state_attr('sensor.recompenses_hilo', 'history')[0]['events'] | length}}"
 electricity_cost_today:
 friendly_name: Cout electricite aujourd'hui
 unit_of_measurement: 'CAD'
 unique_id: 3017014c-d089-11ec-9d64-0242ac120028
 value_template: >
 {{ "%.2f"|format(1.15*(float(states.sensor.hilo_energy_total_low.state, 0) * float(states.sensor.hilo_rate_low.state, 0) + float(states.sensor.hilo_energy_total_medium.state, 0) * float(states.sensor.hilo_rate_medium.state, 0) + 0.435)) | round(2)}}
 electricity_kwh_today_consomme:
 friendly_name: kWh electricite aujourd'hui consomme
 unit_of_measurement: 'kWh'
 value_template: >
 {{ float(states.sensor.hilo_energy_total_low.state, 0) + float(states.sensor.hilo_energy_total_medium.state, 0) }}

Ajout des appareils dans HomeKit

Dans la configuration de HassBridge (au niveau des integration), c'est possible de sélectionner ce que HomeAssisstant enverra à Homekit. Dans la premiere fenêtre, on choisi "sensor" et dans la deuxième fenêtre on peut choisir d'ajouter ou exclure des entités.

Capture d’écran, le 2022年01月06日 à 09 07 18 Capture d’écran, le 2022年01月06日 à 09 17 19

Attention ça peux devenir bordélique rapidement.

Ensuite dans Homekit, on devrait y retrouver les sensor ou appareils.

C'est conseiller de placer la "passerelle virtuelle" de Home Assistant dans une "fausse pièce" dans Home Kit. Les appareils vont s'y retrouver.

Optimisation manuelle

Bien que vous recevrez quand même vos récompenses d'Hilo lorsque vous gérez vous même chacune des phases, c'est important de considérer les faits suivants:

Hydro-Québec exige une courbe de consommation de la part d'Hilo. Cette courbe inclue le pré-chauffage graduel et le retour graduel.
En ce moment, les récompenses sont uniquement attribuées en fonction du nombre de kWh utilisés lors de la phase de restriction.
Par contre, Les ingénieurs d'Hilo travaillent actuellement sur un algorithme pour que les récompenses soient attribuées en fonction de la courbe, en incluant la phase de pré-chauffage et la phase de retour.
C'est possible que la méthode Hilo ne soit pas optimale pour vos besoins. Grâce à cette intégration Home Assistant, vous pouvez l'adapter aux besoins de votre foyer.

En gros, Hilo est au courant qui a des gens qui adaptent la courbe selon leur besoin, et c'est possible qu'ils changent le format des récompenses.

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Utilisation

Lovelace / Dashboard

Intégration donnée d'énergie

Graphiques

Consommation Globale

Consommation par thermostat

Cartes Lovelace

Affichage des statistiques des défis de la saison en cours

Automatisation

Pré-chauffer avant le prochain défi.

Abaisser la consigne de chauffage après défi

Gestion du défi par Node-Red

Templates

Créer plusieurs sensors relié au défi.

Ajout des appareils dans HomeKit

Optimisation manuelle

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